"Lubricants for electrical components"
Mechanical wear represents the progressive and continuous loss of material from solid surfaces, in mutual movement and contact.
All mechanical devices, whether simple or complex, over time undergo these losses if not properly lubricated. “Properly” means you need to know which are the best lubricants for electrical components. Let's see what characteristics they must have.
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Corroded metal valves? No thanks!
The term "corrosion" indicates a set of chemical-physical phenomena that lead to the degradation of metal materials by the environment to which they are exposed. But how can you protect industrial machines and make them last longer?
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How to optimize the heat transfer between source and dissipator with a conductive paste with a high heat transfer coefficient.
Air is a poor conductor of heat, which means that its thermal conductivity is not enough to dissipate the energy that accumulates in the electromechanical devices. This is the reason why between the heat sink and the source device it is necessary to interpose a plastic film, capable of removing the air between the roughness of the surfaces and of conveying the thermal energy accumulated to the outside. A heat conducting paste is a practical and effective solution. But which are the best features that a good thermal paste needs to have? What chemical composition? How should you behave during prolonged exercise?
In this article we will outline the identikit of the best thermal pastes, analyzing 5 essential points which must not be ignored if you want to obtain an optimal heat transfer without loss of efficiency over time.
Thermalpaste 7001
Thermally conductive paste
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Check the performance of Thermalpaste 7001 thermal paste directly in your project!
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Do you want to reduce maintenance costs without overhauling your facility? Do you think you have obtained maximum performance and efficiency from your machines? Do you want to "save" without making large investments? The solution is easy. Find out how by reading this article. At the end you can download a detailed economic analysis and check the considerable cost reduction that can be obtained with the use of a synthetic lubricating oil for rotary compressors compared to a normal mineral oil.
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Lubricating greases and NSF certification
What are the properties of a lubricating grease for the food industry? What about NSF approval and certification? Are you sure what you put in your bearing is properly certified? Is it true that approved greases cannot be coloured? Read this article and let's see if we can resolve your doubts.
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Have you ever seen a chain, bearing or gear with large areas of dry lubrication that ends up covered in a pasty residue of a different colour from the piece itself, that is sticky and devoid of any lubricating power? What are the possible causes? Are we sure that the maximum working temperature has not exceeded that declared in the Technical Datasheet of the Teflon® grease used as a lubricant in the application?
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Does an insulating film between the foils of an electrical contact improve durability and operating efficiency? It's hard to believe but it is so! In this article, we tell you how a specially-formulated synthetic lubricating grease can improve the life and performance of electrical switches and connectors.
Industrial gaskets and o-rings are essential elements of many mechanical devices. Their full efficiency is essential for maintaining the performance of the kinematic mechanism in which they are housed, but are we sure of their compatibility with the fluids they intercept? What are the risks of a change in their mechanical properties due to chemical incompatibility with synthetic oils? How do the structural properties change during contact in operation?
In this article we will talk about:
What exactly is friction force? How is it measured? In what forms does it arise? What is the difference between the static coefficient of friction and the dynamic coefficient of friction? How can a lubricating grease reduce these?
Friction! Thanks for existing! Life wouldn't be that simple without you. Walking, climbing stairs, grabbing objects ... an absence of mechanical friction would prevent the simplest daily activities from being performed.
Any kinematics to perform its function correctly requires two surfaces in contact and in contrast. Simply think of the transmissions - a variation in torque and rotation speed would not be possible without contact friction.
In this article, we will introduce and analyse the concept of friction with particular reference to the lubrication aspect, mechanical wear and the possible ways of reducing it thanks to the use of synthetic lubricating greases and oils.
Heavy-duty lubricants
Complete guide of key characteristics
A complete identikit of a lubricating fluid with high load capacity and low friction coefficient
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